Security access device and method

Abstract

A security system and method is provided. An embodiment includes a security access device that includes a first transmitter for transmitting authentication to a computer and a second transmitter for transmitting verification information to a computer. The first transmitter is typically active and consumes power from the access device, while the second transmitter is typically passive, and consumes less or nil power from the access device. When the security access device is initially brought proximal to the computer and activated, the authentication information is sent to the computer and the user is logged in. Periodically, the computer will query the passive transmitter for verification information, to ensure that the security access device is still proximal to the computer.

Description

FIELD OF THE INVENTION [0001] The present invention relates generally to computer security and more particularly to security system access device and method. BACKGROUND OF THE INVENTION [0002] Security continues to present challenges as hackers and other malicious parties attempt to gain unauthorized access to sensitive computers and associated networks. The prior art is full of examples that attempt to reduce such unauthorized access. One of the most rudimentary forms of security is the requirement for users to present a unique login and password combination. Once the user is logged in, other security techniques can be employed such as the use of encryption of the user's communications to reduce eavesdropping. [0003] Many problems persist with prior art security techniques. For example, it is accepted that the greater the security protocols, the greater difficulty it can be for the user to actually make use of the computer. For example, it can be required to have the user reenter t...

AI Technical Summary

Benefits of technology

[0025] Another aspect of the invention is a computer-readable data file storable on an access control device for a user. The data file includes authentication information for the user comprising a digital certificate respective to the user that includes an identifier for the user and a public key. The authentication information further comprises a user private key complementary to the public key. The authentication information is used in an initial transmission from the access control device to a remote

Problems solved by technology

Security continues to present challenges as hackers and other malicious parties attempt to gain unauthorized access to sensitive computers and associated networks.

Many problems persist with prior art security techniques.

For example, it is accepted that the greater the security protocols, the greater difficulty it can be for the user to actually make use of the computer.

If that period of inactivity is excessively short, the user will spend more time authenticating him or herself rather than actually performing the computing task.

By the same token, where the user switches between s

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